The Certified Wireless Technology Specialist (CWTS-102) Exam is a cornerstone for those entering the world of wireless networking. To ensure you're well-prepared, leverage the latest Certified Wireless Technology Specialist CWTS-102 Exam Questions from PassQuestion. These expertly crafted questions are tailored to align with the exam objectives, giving you a focused approach to mastering the essential knowledge domains. By utilizing the latest Certified Wireless Technology Specialist CWTS-102 Exam Questions from PassQuestion and following a structured study plan, you'll be well-equipped to ace the test and earn your certification.

Certified Wireless Technology Specialist (CWTS)

The Certified Wireless Technology Specialist (CWTS) is an individual who can install APs based on a design document, configure the AP for initial operations and ensure connectivity. The individual can troubleshoot basic problems and assist users in-person or through remote communications in problem resolution. The ability to configure a WLAN client for connectivity is paramount with an understanding of the configuration process for SSIDs, security settings and other client adapter settings.

This individual is not responsible for WLAN design, analysis or security design; however, the CWTS should be able to gather information from a design specification document to properly configure an AP and troubleshoot individual connection issues. The CWTS may not be aware of the actual WLAN architectural design, the RF design or the full feature set in use to implement the WLAN.

Becoming a CWTS:

The CWTS certification is an entry-level WLAN certification from the vendor-neutral CWNP organization that brought you CWNA and other advanced certifications. To earn the CWTS certification, you must pass an online exam with a score of 70% or higher. Those desiring to work as instructors teaching CWTS classes must pass with a score of 80% or higher. Regardless of the way you choose to prepare for the CWTS exam, you should start with the exam objectives, which cover the full list of knowledge tested on the exam. The CWTS is a three-year certification, and it is renewed by passing the most recent version of the CWTS exam again.

CWT Exam Summary:

To achieve the CWTS certification, candidates must pass the CWTS-102 exam. Here's a quick summary of the exam details:

Exam Objectives and Knowledge Domains

The CWTS exam assesses your understanding across several key areas. Familiarize yourself with these domains to focus your preparation:

Basic RF Characteristics (15%)

• Fundamentals of radio frequency (RF) behavior.
• Signal propagation, interference, and attenuation.

Wireless Client Features and Capabilities (25%)

• Characteristics of wireless client devices.
• Understanding client adapter settings and software.

Wireless AP Features and Capabilities (25%)

• Configuring and managing wireless APs.
• Understanding AP modes, SSIDs, and channels.

Configuration of 802.11 Security Parameters (15%)

• Implementing WPA, WPA2, and other security protocols.
• Configuring encryption and authentication settings.

Troubleshooting Common WLAN Connection Issues (20%)

• Identifying and resolving connection problems.
• Tools and techniques for diagnosing WLAN issues.

How to Prepare for the CWTS-102 Exam

1. Study the Exam Objectives

The first step in preparing for the CWTS exam is understanding the objectives. These outline the knowledge and skills you’ll need to pass the test.

2. Utilize Practice Questions

PassQuestion provides up-to-date practice questions tailored to the CWTS-102 exam. These questions simulate the actual test, helping you identify strengths and areas for improvement.

3. Leverage Study Materials

Books, online tutorials, and CWNP's official resources are excellent ways to deepen your understanding of wireless networking principles.

4. Hands-On Practice

Gaining hands-on experience with configuring APs, troubleshooting, and working with client devices ensures practical knowledge that complements theoretical learning.

5. Join Study Groups

Engage with online forums or local study groups to exchange insights and tips with other CWTS candidates.

View Online Certified Wireless Technology Specialist (CWTS) CWTS-102 Free Questions

1. Which security problem can occur if the network key used for authentication during the join process in a wireless network is incorrect?
A. Configuration errors
B. Incorrect passphrases
C. Incompatible EAP methods
D. Incorrect join keys
Answer: D

2. What is one possible cause of mobility problems in a wireless network if the fast roaming method used by the client is not supported by the access point?
A. Configuration errors
B. Improper network settings
C. Unsupported fast roaming methods
D. Non-implemented roaming features
Answer: C

3. What are some common causes of mobility problems in wireless networks?
A. Configuration errors
B. Improper network settings
C. Unsupported fast roaming methods
D. Non-implemented roaming features
Answer: A

4. Which factor can contribute to security issues in a wireless network if the passphrase is not properly configured?
A. Configuration errors
B. Incorrect passphrases
C. Incompatible EAP methods
D. Incorrect network keys
Answer: B

5. What is the term used to describe the process of restricting network access based on a device's MAC address?
A. WEP
B. Shared Key Authentication
C. Hidden SSIDs
D. MAC filtering
Answer: D

6. What security feature should be avoided in wireless networks, as it can be easily bypassed?
A. Shared Key Authentication
B. WPA3
C. 802.1X/EAP
D. Pre-Shared Key
Answer: A

7. Which characteristic of an RF signal is related to the distance between successive peaks?
A. Frequency
B. Amplitude
C. Phase
D. Wavelength
Answer: D

8. How can a device report the strength of the RF signal it is receiving?
A. Wireless scanner tools
B. Client signal strength reports
C. RSSI vs. dBm
D. Output power vs. received signal strength
Answer: B

9. How can RF signal propagation be affected by obstacles or materials?
A. Gain and loss
B. Reflection
C. Scattering
D. Refraction
Answer: C

10. What term is used to describe the phenomenon of an RF signal bouncing off a surface?
A. Gain and loss
B. Reflection
C. Refraction
D. Scattering
Answer: B